2015
DOI: 10.1142/s0218271815500698
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Cosmology without Einstein's assumption that inertial mass produces gravity

Abstract: Giving up Einstein's assumption, implicit in his 1916 field equations, that inertial mass, even in its appearance as energy, is equivalent to active gravitational mass and therefore is a source of gravity allows revising the field equations to a form in which a positive cosmological constant is seen to (mis)represent a uniform negative net mass density of gravitationally attractive and gravitationally repulsive matter. Field equations with both positive and negative active gravitational mass densities of both … Show more

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Cited by 7 publications
(2 citation statements)
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“…This served as the basis for the introduction of the hydrodynamic tensor T j i = (c 2 ρ + p)u j u i − δ j i p with density ρ and pressure p of frictionless adiabatic fluid as a source of matter gravitation in field equations. In [2,3] it is stated that the identification of inertial and active gravitational masses is erroneous, and the energy-momentum tensor T j i should be determined by the density of the active gravitational mass and the potential of the scalar field. In present paper the active gravitational mass of a rarefied cloud of relativistic material particles was obtained based on the properties of Lorentz transformations and the geometry of Schwarzschild space-time.…”
Section: Introductionmentioning
confidence: 99%
“…This served as the basis for the introduction of the hydrodynamic tensor T j i = (c 2 ρ + p)u j u i − δ j i p with density ρ and pressure p of frictionless adiabatic fluid as a source of matter gravitation in field equations. In [2,3] it is stated that the identification of inertial and active gravitational masses is erroneous, and the energy-momentum tensor T j i should be determined by the density of the active gravitational mass and the potential of the scalar field. In present paper the active gravitational mass of a rarefied cloud of relativistic material particles was obtained based on the properties of Lorentz transformations and the geometry of Schwarzschild space-time.…”
Section: Introductionmentioning
confidence: 99%
“…On the other hand, phantom fields naturally appear in some models of string theory [6], supergravities [7] and theories in more than 11 dimensions [8]. One more viewpoint of interest is [9] that a phantom field, being a source of gravity, can exist without its own dynamics and therefore escape the related problems with quantum particle creation.…”
mentioning
confidence: 99%